Kingflex
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Kingflex flexible ultra-low temperature adiabatic system has the inherent characteristics of impact resistance, and its cryogenic elastomer material can absorb the impact and vibration energy caused by the external machine to protect the system structure.
The impact from any part can be widely dispersed and attenuated by elastomer materials, thus avoiding the risk of cracking due to stress concentration.
And also reducing the temperature change stress is that the cooling system is superior to the traditional material such as foam glass, polyurethane PIR and PUR.
These traditional hard materials are not elastic at normal and low temperatures. So there is the deterioration of adiabatic performance caused by material extrusion and cracking under temperature-changing stress.
For over four decades, this manufacturing capability has grown from a single plant to a global organization with product installation in over 66 countries in all continents. From major stadiums to high rises globally, clients around the world are enjoying the quality of these products.
It features inherent impact resistance, and its cryogenic elastomer material can absorb mechanical impact and vibration energy, protecting the entire system structure from damage.
The impact from any part is widely dispersed and attenuated by the elastomer materials, which effectively eliminates the risk of cracking caused by stress concentration.
Traditional rigid materials are not elastic at normal or low temperatures. This system reduces temperature change stress, avoiding the degradation of insulation performance that occurs when traditional materials squeeze and crack.
It is highly suitable for coal chemical projects, low-temperature storage tanks, FPSO systems, industrial gas plants, platform piping, ethylene pipes, and nitrogen plants.
The products are installed and utilized across more than 66 countries on all continents, ranging from national stadiums to high-rise buildings.
